It enables the discovery of novel transcripts across all RNA types, accurate quantification of their expression levels, and characterization of their functional features.

By profiling multi-type RNA expression patterns in physiological and pathological contexts, it helps identify diagnostic, prognostic, and predictive biomarkers, and elucidate molecular mechanisms underlying various diseases.

It facilitates the investigation of gene regulation networks, including transcriptional control, mRNA splicing, non-coding RNA-mediated regulation, and their crosstalk, thereby shedding light on complex regulatory landscapes.

It serves as a foundation for exploring diverse RNA molecules as potential therapeutic targets. Also, it aids in functional studies to elucidate how different RNA species participate in cellular processes, development, and disease progression.

It enables the discovery of novel transcripts across all RNA types, accurate quantification of their expression levels, and characterization of their functional features.

By profiling multi-type RNA expression patterns in physiological and pathological contexts, it helps identify diagnostic, prognostic, and predictive biomarkers, and elucidate molecular mechanisms underlying various diseases.

It facilitates the investigation of gene regulation networks, including transcriptional control, mRNA splicing, non-coding RNA-mediated regulation, and their crosstalk, thereby shedding light on complex regulatory landscapes.

It serves as a foundation for exploring diverse RNA molecules as potential therapeutic targets. Also, it aids in functional studies to elucidate how different RNA species participate in cellular processes, development, and disease progression.